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6 Nov 2019
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A liquid mixture of 25 kgmol of benzene. 25 kgmol of toluene and 50 kgmol of water is at equilibrium with its vapor at 60 degree C. Assuming ideal gas behavior and assuming the benzene and toluene form an ideal solution, and that neither is miscible with water, calculates the total pressure above the mixture in torr. (2 pts) P = the composition of the vaporphase,. (1 pts) yH2O= yBenz= YTol = Antoine Coefficients: log10Psat= A - [B/(C+T)] Coefficients from Lange's Handbook of Chemistry Psat in torr,Tin degree C Show transcribed image text
the problem is in the picture.
A liquid mixture of 25 kgmol of benzene. 25 kgmol of toluene and 50 kgmol of water is at equilibrium with its vapor at 60 degree C. Assuming ideal gas behavior and assuming the benzene and toluene form an ideal solution, and that neither is miscible with water, calculates the total pressure above the mixture in torr. (2 pts) P = the composition of the vaporphase,. (1 pts) yH2O= yBenz= YTol = Antoine Coefficients: log10Psat= A - [B/(C+T)] Coefficients from Lange's Handbook of Chemistry Psat in torr,Tin degree C
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